Equipment that applies Human Body Model electrostatic discharges to a component.
对一个元件使用人体模型静电放电的设备。
The key of applying this new method was the effective triangular subdivision of mass data point of human body model.
实现这一方法的关键就是对人体曲面上的散乱数据点进行有效的三角剖分。
These three primary models of ESD events are Human Body Model (HBM), Machine Model (MM), and Charged Device Model (CDM).
这三种基本静电模型是：人体放电模型、带电器件放电模型、机器放电模型。
In some virtual reality systems, such as simulated human body model, computer games and stunts in movies, there is a need of hair modeling.
在现代的一些虚拟现实系统中，如模拟人体模型、游戏以及电影特技中需要对头发的真实感进行建模。虚拟现实的关键技术之一是对显示对象进行建模。
Another key point is how to combine the human body model and car model organically, which is result of concept design, to carry out Man-Machine evaluation.
如何利用三维参数化人体模型和已有的微型车概念设计结果进行人机工程评价是另一个需要解决的重要问题。
An 3d human body model and analysing of its reach-space are important to ergonomic design, motion control of human joint and collision detection of human model in virtual environment.
建立三维人体模型以及分析人体肢体可及空间，对于人机工程设计、人体关节运动控制和人体模型的碰撞检测研究都具有重要的意义。
The interaction of the pulse electromagnetic field with human body using the Finite-Difference Time - Domain (FD-TD) method and the inhomogeneous block human body model is discussed in this paper.
用时域有限差分法和非均匀块状人体电磁模型研究了脉冲电磁场对人体的作用问题。
In details, that was to read out vertex information of human body from a 3ds-formatted file that was extracted from the design model by the application of professional 3d human body modeling software.
具体的说，就是利用专用的三维人体造型软件自带的人体模型，将其导出为3ds文件，再根据3ds文件的存储格式，利用计算机程序将文件中的有用的人体曲面的顶点信息提取出来。
Here are interactive interesting strong fitness testing projects, model of the human body and ct device, the experience will make your own physical quality have further information.
这里有互动趣味性强的体质测试项目、人体模型以及CT装置，体验一下一定会让你对自己的身体素质有更进一步的了解。
Early geometric deformable model only considered the geometrical nature of the human body.
早期的几何形变模型仅仅反映了人体形变的几何特征。
The mathematical model of human body can well predict the 41 variables in the 62 measurements, with the coefficient between prediction value and original one reaching more than 0.75.
人体体型数学模型对人体体型62个变量中的41个变量估计效果好，估计值与原始值的相关系数在0.75以上。
Use a compatible browser to access the browser's home page, the body will see a human model, you can skin, muscle, skeletal system and other organizations and to adjust the view layer.
使用兼容浏览器访问人体浏览器的主页时，便会看到一个人体模型，可以对皮肤、肌肉、组织和骨骼系统等多个视图层进行调节。
A jointed model of the human body used by artists, especially to demonstrate the arrangement of drapery.
模特关节可以活动的人体模型，为艺术家所使用，特别用来展示绸料的布置。
A biological recognition method by feature detection of human body on the move was presented, and the mathematical model of Doppler shift was established.
根据生物的生命体行为特征，提出一种新的生物识别方法，并建立了多普勒频移数学模型。
Injury results from windblast were analysed, and the role of dynamic model and physical model of human body in research of windblast injuries and its protection were discussed.
分析了高速气流吹袭造成的人体损伤，论述了人体动力学模型和物理模型的作用。
The veracity of the object mathematic model cannot reflect the human body and organ sense directly.
对象数学模型的准确程度，不能直接反映人体及其器官的感受程度。
Firstly, the human region is extracted from the image by the background subtraction, then model-based and none model-based method are applied to track human motion from body parts to whole body.
首先经过背景去除，把感兴趣的人体目标从图像中提取出来，然后采用基于模型的和非基于模型的两种方法对人体的局部和全身运动进行了跟踪。
This algorithm consists of foreground segmentation, human head location, human body parts identification, human model construction etc.
该算法主要包括背景建模与前景提取、人体头部定位、人体肢体提取和人体建模几个部分。
Human body is the cognitive prototypical model of spatial metaphor, and the experience of the body is the base of metaphorical concepts.
人的身体是空间隐喻认知的原型，人在多维空间中躯体和生活的体验是空间隐喻概念的基础。
Methods. A detailed finite element (FE) model of the human body in the driver-occupant position was used to investigate cervical hyperextension injury.
方法：详尽的在驾驶员-乘客位置上的人体有限元(fe)模型，被用于研究颈椎伸展过度性损伤。
By using a model of adaptive background color, the kinematic position of human body can be exactly tracked.
合理使用自适应背景颜色模型，能够准确地对人体运动位置进行跟踪。
Surrounding non-integrity system mechanical model of digital human body, the variation principle of human body non-integrity system mechanics was developed to study in this paper.
该文围绕数字人体非完整系统力学模型，开展了人体非完整系统力学的变分原理研究。
Since a human face has the similar skin color distribution with the human body, we can use the skin pixels in a detected face to build the skin color model of human body dynamically by GMM.
利用人脸检测结果，结合混合高斯模型，以人脸肤色为样本在线建立了具有针对性的人体肤色模型。
The 4 joints universal human body inverse kinematics model and inverse dynamics model in weightlessness utilizing computational multi-body dynamics were proposed.
给出了应用计算多刚体系统动力学建立的通用失重人体4关节反向运动学与反向动力学模型。
Markov chain model is built at first by marking manually the area of human body to be tracked at the first frame of video.
通过对跟踪的第一帧视频中的人体区域进行手工标注，建立马尔可夫链模型。
On the basis of study on varing-mass mechanical model of human body system, the varing-mass block-body dynamics of human body system are developed to study.
在人体系统变质量力学模型研究基础上，开展了人体系统变质量块体动力学研究。
A mathematical model of the human body thermal regulation system is established, and the physiological identification parameter of aircraft cabin temperature is numerically simulated.
建立了人体热调节系统数学模型，对飞机座舱温度生理鉴定参数进行了数值模拟。
Objective to simplify the structures of human upper extremity into a two rigid-body system by establishing a dynamic model based on a numerical equation approach.
目的简化人体上肢结构，建立两刚体系统动力学模型，并对其进行数值求解。
Based on the analysis of the human body heat loss, develops a mathematic model for predicting the mean thermal comfort vote in warm and humid environment.
并在分析人体散热的基础上，提出了一个可以对热湿环境中人体热舒适进行预测的数学模型。
Based on the analysis of the human body heat loss, develops a mathematic model for predicting the mean thermal comfort vote in warm and humid environment.
并在分析人体散热的基础上，提出了一个可以对热湿环境中人体热舒适进行预测的数学模型。
应用推荐